Abstract: A payment system includes: an acquisition unit that acquires an image including a payment target product; an estimation unit that estimates a product that corresponds to an object identified from the image; a display unit that displays information on the product in association with the object; a reception unit that receives input indicating intention to register the object, which indicates whether to register the object as the payment target product, from a user; and a registration unit that registers the object in accordance with the input. The registration unit registers the object as the payment target product upon receiving an input indicating that the object should be registered, and does not register the object as the payment target product upon receiving an input indicating that the object should be excluded from the payment target products.

Abstract: A payment system includes: an acquisition unit that acquires an image including a payment target product; an estimation unit that estimates a product that corresponds to an object identified from the image; a display unit that displays information on the product in association with the object; a reception unit that receives input indicating intention to register the object, which indicates whether to register the object as the payment target product, from a user; and a registration unit that registers the object in accordance with the input. The registration unit registers the object as the payment target product upon receiving an input indicating that the object should be registered, and does not register the object as the payment target product upon receiving an input indicating that the object should be excluded from the payment target products.

Abstract: A commodity recognition system, a method, and a non-transitory computer readable medium capable of reducing a possibility that a payment is carried out without recognizing mis-recognition of a commodity are provided. The commodity recognition system according to the present disclosure includes an image acquisition unit, an inference unit, and a display unit. The image acquisition unit acquires an image of an article including a payment article when a user makes a payment. The inference unit identifies the article included in the image, and infers whether the identified article is a payment article or a non-payment article by referring to identification information of an article and information indicating whether the article is the payment article or not, both of which are associated with each other and stored in advance. The display unit displays the payment article and the non-payment article for the user while distinguishing them from each other.

Abstract: A CRT controller is operated in accordance with a basic clock for a panel display and repeats a wait operation in response to a wait signal produced by a panel timing controller, which causes a compulsory synchronization with the panel timing. A 1/2 frame buffer is also provided. Display data supplied by the CRT controller and display data read from the 1/2 frame buffer are alternately selected such that data is supplied in an order conforming to the panel display of a double screen type panel display. A display of the double screen type panel display is controlled in accordance with an application program directed to a CRT display without modifying the order of the display data produced by the CRT controller and without changing the timing data which has been set in the CRT controller. The 1/2 frame buffer may be a general-purpose memory which stores 1/2 frame and one line of the panel display data.

Abstract: A display control device performs, in accordance with an application program prepared for a first display, a display control for a second display which has a different display timing from the first display. The device includes a clock generation circuit for generating a basic clock for driving the second display, a first controller and a second controller. The first controller includes a first timing control register capable of rewriting in accordance with the application program. The second controller includes a second timing control register for setting a display timing of the second display and generating a synchronizing signal for the second display on the basis of contents of the second timing control register and the basic clock. The first controller is operated by the basic clock and generates a timing signal for the second display on the basis of the synchronizing signal for the second display and the contents of the first timing control register.

Abstract: A CRT controller is operated in accordance with a basic clock for a panel display and repeats a wait operation in response to a wait signal produced by a panel timing controller, which causes a compulsory synchronization with the panel timing. A 1/2 frame buffer is also provided. Display data supplied by the CRT controller and display data read from the 1/2 frame buffer are alternately selected such that data is supplied in an order conforming to the panel display of a double screen type panel display. A display of the double screen type panel display is controlled in accordance with an application program directed to a CRT display without modifying the order of the display data produced by the CRT controller and without changing the timing data which has been set in the CRT controller. The 1/2 frame buffer may be a general-purpose memory which stores 1/2 frame and one line of the panel display data.